Theory and Design for Mechanical Measurements (3rd ed.) by Richard S. Figliola and Donald E. Beasley presents the fundamental principles of measurement systems used in mechanical engineering. The book covers sensor technology, data acquisition, uncertainty analysis, and system design. It provides both theoretical background and practical applications, making it a valuable resource for students …
Handbook of Surfactant Analysis by Dietrich O. Hummel presents comprehensive methods for the analysis of surfactants, including chemical, physico-chemical, and physical techniques. The book covers identification, characterization, and measurement of surface-active agents used in industrial and scientific applications. It is a valuable reference for chemists, researchers, and professionals worki…
Flavor Release, edited by Deborah D. Roberts and Andrew J. Taylor, explores the mechanisms governing the release of flavor and aroma compounds in food systems. The book examines how physical structure, chemical composition, and processing conditions influence flavor perception. It covers analytical techniques for measuring flavor release, interactions between ingredients, and the role of human …
This book presents fundamental principles and advanced analysis of stresses and deformation in concrete structures, widely used in civil engineering design and education.
This book introduces the fundamental principles of molecular spectroscopy, focusing on how molecules interact with electromagnetic radiation. It explains key concepts such as molecular energy levels, rotational, vibrational, and electronic transitions, and how these give rise to spectra. The text also covers important spectroscopic techniques and their applications in determining molecular stru…
This book provides a detailed overview of research and practical methods in microalgae biotechnology and microbiology. Topics include cultivation systems (indoors and outdoors), culture media, strain selection, growth kinetics, biomass yield, chemical composition, and applications in feed, food, pharmaceuticals, and other bioproducts. It is essential for advanced undergraduates, graduate studen…
Introduces chemical reaction engineering fundamentals — reaction kinetics, reactor types (batch, CSTR, PFR), performance equations, heterogeneous systems, and design problem solving. International editions may be printed outside the US with equivalent content.
Third edition of Douglas’s classic text on conceptual design in chemical engineering. Covers process synthesis, flowsheet development, and design considerations for chemical plants.
This edition of Elementary Principles of Chemical Processes provides a clear introduction to process calculations and fundamentals in chemical engineering. It uses structured examples and problem sets to build student competency in fundamental engineering analysis. The third edition includes updated problems and expanded methodology discussions.